Computational homogenization approach

  • What is computational homogenization?

    The computational homogenisation, which is a branch of multiscale material modelling, plays a crucial role in design and development of fibrous materials towards better performance and tailorable properties..

  • What is homogenization in computer science?

    The computational homogenisation, which is a branch of multiscale material modelling, plays a crucial role in design and development of fibrous materials towards better performance and tailorable properties..

  • What is the homogenization approach?

    Homogenization is an approach which studies the macrobehaviour of a medium by its microproperties.
    The origin of this word is related to the question of a replacement of the heterogenous material by an “equivalent” homogenous one..

  • Homogenization can be achieved using any of several fundamental forces, sometimes in combination.
    Broadly, these include grinding, shearing, beating and shocking.
Computational homogenization obtains mechanical properties without physical testing. It calculates location-dependent properties – useful for additive manufacturing. We reviewed six different numerical methods for computational homogenization. We explain the most relevant constitutive models for additive manufacturing.
Computational homogenization allows to let the macroscopic constitutive behavior of materials emerge from microscale simulations without loss of generality with respect to microstructure and microscale constitutive response.
Computational homogenization obtains mechanical properties without physical testing. It calculates location-dependent properties – useful for additive manufacturing. We reviewed six different numerical methods for computational homogenization. We explain the most relevant constitutive models for additive manufacturing.

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